At 500 mm, halfway through the width of the stick.
meter stick
To find the center of mass of a meter ruler, you can use the balancing method. Simply support the ruler horizontally at various points along its length until you find a point where it balances perfectly; this point is the center of mass. Alternatively, if the ruler is uniform, the center of mass can be calculated at the midpoint, which is at 50 cm.
1- a meter stick is like a giant ruler (it measures i meter)
No. Normally 100, if the stick is really a "meter".
A yard stick is shorter than a meter stick by 3.37 inches (8.56 centimeters).
There may be additional length on either side. Or the mass may be distributed unevenly. Or there may be a steep gravity gradient, so that the center of mass is not the center of gravity (don't bet on it, though).
Perhaps the stick is not of equal thickness along its length.
since it is balanced the net moment about the pivot is zero. The meter stick center of gravity mass is at the 50 cm point, or 25 cm to the right of the pivot. 150 x 25 = mass of stick x 25 ; so mass is also 150 grams
meter stick
The answer will depend on how wide and thick it is.
The center of gravity of a meter stick might not be exactly at the 0.50m mark due to variations in density or irregularities in shape. These differences can cause the center of gravity to shift slightly from the geometric center.
its mass increases as per Einstein's relativistic variation in mass...
Measure the length of the stick and divide that number by 2. For example: If the length of the stick is measured to be 2 meters, then 2 meters / 2 = 1 meter. The middle of the stick can be located by measuring 1 meter from either end of the stick towards the center (middle) of the stick.
No. A stick is a stick and a meter is a unit of length.
A meter stick typically measures one meter in length.
A standard meter stick is one meter long, so there are one meter in a meter stick.
There is just one meter in a meter stick.